$BTJ OH*OTQFDUJPO Production Logging

Production Logging

merging surface-depth data to downhole tool data gives our customers the ability to quickly swap to alternative conveyance methods. Our software has easy export ability to get the data into the hands of analysts quickly.

All connectors are standard “GO” pin, so our customers can use the auxiliary equipment they already own and maintain. We also carry a wide assortment of running gear to fully prepare for difficult logging situations if a key part is missing from a customer’s inventory.

Tools that are robust, combinable, and able to run in both real time and memory situations are what we provide. Wedesign our tools to work within the proprietary WTSbus protocol so that everything is modular in nature. By doing so it allows our customers to pick and choose what sensors they want to provide for their services. It all works together and simultaneously. There are no “project” tools in our product line. We make sure that our customers maintain the flexibility to add to what they currently own.

Our telemetry is designed to be simple to use and implement in older units in the field as well as new ones. The telemetry is fully compatible with the Warrior Well Logging System and does not require any additional cards or panels to get a 50Kpbs transmission rate. If our customers need more speed, we can obtain 200Kbps with additional hardware on surface.

When switching from running in real time to memory, you use the same sondes. Easy configuration for individual sonde sample rate(s), tool hibernation timing(s), and

OUR VISION

www.hunting-intl.com

24-HOURSUPPORT

Our mechanical, electrical, and petroleum engineers have come from the wireline field.

CONFIDENCE IN EXPERIENCE

Our support team is available to help when issues arise day or night.

We establish relationships that go past the point of sale.

PARTNER NOT SUPPLIER

R&D focused on our partners' needs and requests to impact the market at a local level.

TARGETEDTECHNOLOGY

The Wireline Telemetry System (WTC) is used when real time data acquisition is needed.The telemetry polls sondes connected below it for data and encodes the data for efficient transmission to surface. The WTC also receives commands from surface to control working mode of downhole sondes.

· WTC provides link from surface acquisition system to downhole tools

· Transmits any WTSbus protocol sonde in any configuration

· Sonde data is displayed in real time

· Bi-directional communication

· Minimum link speed of 50kbps

· Maximum link speed of 200kbps

· No cards, panels, or additional hardware needed

· Regularly updated service

· One service covers all tool configuration options

· Tool calibrations available online 24/7

· Tools come with exported Warrior configuration file for quick integration

Description

Warrior Compatability

Specifications

Wireline Telemetry System WTC

‘Excellence in Energy Services for over 100 years’

bus

1-3/8"(35mm) 1-11/16"(43mm)

350˚F (175˚C)

15,000psi (103MPa)

180VDC

1.5A

50kbps

200kbps

300bps

500kbps

PROTOCOL

DIAMETER

MAX. TEMPERATURE

MAX. PRESSURE

VOLTAGE

CURRENT RATING

MINIMUM UPLINK RATE

MAXIMUM UPLINK RATE

DOWNLINK RATE

TOOL BUS RATE


The Memory Logging System (MLP) is used when electric line conveyed realtime logging is not an available option, when using Slickline, or when using Coiled Tubing. A standard memory job consists of the following procedure:

· DMC is synced and programmed through the MCM

· TDR is connected to depth control device and records time versusdepth

· Tools are lowered into hole and pre-set procedure is executed on the DMC torecord time versus sonde samples

· Once back at surface, TDR and DMC data are merged in software tocreate a log

· Slickline

· Coil Tubing

· Below standard wireline

· Extended reach tractor jobs

· Drill Pipe

Description

Conveyance

Specifications

Memory System MLP


DIAMETER

MAX. TEMPERATURE

MAX. PRESSURE

VOLTAGE

CURRENT

STAND-BY CURRENT

SAMPLING RATE

DOWNLOAD RATE

MEMORY CAPACITY

COMMUNICATION RATE

BATTERY CAPACITY

1-3/8"(35mm) 1-11/16"(43mm) 2-7/8" (73mm)

350˚F (175˚C)

15,000psi (103MPa)

13.5-20 VDC

15-30mA

2mA

20ms-24hr, 20ms increment, adjustable

4MB/min to cpu

512mb (1GB custom)

500kbps

6.2AH or 26.5AH

Real Time Clock***optional


· Gamma Ray Tool (GRT)

· Casing Collar Locator (CCL)

· Fluid Density Radioactive (FDR)

· Fluid Density Acoustic (FDA)

· Spectral Noise Tool (NST)

· Capacitance/Temperature/Flow (HTF)

· Folding Flowmeter (CSFM)

· Continuous Flowmeter (CFJ)

· Inline Spinner Flowmeter (ILB)

· Quartz Pressure / CCL (QPC)

· Fast Response Temperature (RDT)

Standard Tools

Production Logging Tools consist of a combination of different sensors and ancillary tools. The PLT tools can be combined with any tool in the WTSbus Suite using a Wireline Telemetry Cartridge (SRO) or Downhole Memory Cartridge (Memory). All tools can be combined in any order to facilitate well-specific requirements.

· Evaluate completion efficiency

· Detection of mechanical problems

· Provide guidance for workovers

· Evaluate treatment techniques

· Monitor or profiling of production

· Detect thief zones

· Determine reservoir characteristics

· Define reservoir boundaries

· Leak detect

Description

Applications

Specifications

Production Logging Tools PLT


WTSbus

1-3/8"(35mm) 1-11/16"(43mm)

350˚F (175˚C)

15,000psi (103MPa)

180VDC 35mA

PROTOCOL

DIAMETER

MAX. TEMPERATURE

MAX. PRESSURE

VOLTAGE/CURRENT

· Roller Centralizer Tool (RCT)

· Knuckle Joint Tool (KJT)

· Swivel Sub (PSC)

· Downhole Tension Tool (DTT)

· Dual Roller Centralizer (DRC)

· Spring Bow Centralizer (SCT)

· Addressable Release Tool (ART)

Auxiliary Tools


Production Logging Tools PLT


Standard Tool Specifications

Nal

6 Oriented Magnet

Nal Crystal / AM241 or CS137

±0.01g/cc

±0.03g/cc

±0.01g/cc

±0.03g/cc

Piezoceramic

100Hz - 12.7KHz

MP3

0 - 45%

±1%

±0.018˚F (0.01˚C)

±3.6˚F (2˚C)

<0.5s

10 PPR

Jeweled or Ball Bearing

QUARTZDYNE

±3.2 psi

±1.6 psi

<1s

6 Oriented Magnet

±0.09˚F (0.05˚C)

±0.009˚F (0.005˚C)

<0.08 s

SONDE COMPOSITION

SONDE CONFIGURATION

SONDE CONFIGURATION

PRECISION

ACCURACY

PRECISION

ACCURACY

SONDE COMPOSITION

OPERATING FREQUENCY

OUTPUT FORMAT

CAPACITANCE RANGE

CAPACITANCE ACCURACY

TEMPERATURE PRECISION

TEMPERATURE ACCURACY

TEMPERATURE RESPONSE TIME

FLOW RESOLUTION

SONDE COMPOSITION

SONDE COMPOSITION

ACCURACY

RESOLUTION

RESPONSE TIME

SONDE CONFIGURATION

ACCURACY

RESOLUTION

RESPONSE TIME

GAMMA RAY (GRT)

CCL (CCL)

FLUID DENSITY RADIOACTIVE (FDR)

FLUID DENSITY ACOUSTIC (FDA)

SPECTRAL NOISE TOOL (NST)

CAPACITANCE / TEMPERATURE / FLOW (HTF)

FLOW METER (CSFM / CFJ / ILB)

QUARTZ PRESSURE COLLAR LOCATOR (QPC)

FAST RESPONSE TEMPERATURE (RDT)


The RBT is equipped with one transmitter and two receivers constructed out of piezoelectric crystals. The near receiver, located 3Ft from the transmitter, is constructed of an 8-sector radial sensor. The primary amplitude is constructed from radial signals at the near receiver while the Variable Density Log is constructed from the far receiver. The RBT can be deployed in deviated holes and combines easily with any of the other range of tools. The tool is comprised of H2S resistant materials throughout. All RBT tools have a built-in orientation sensor that allow for relative bearing and deviation data.

The analog waveform is completely digitized downhole and converted back to analog at surface for interpretation. By digitizing downhole, the tool is able to:

· By-pass analog calibration pulse issues on H2S line transmission

· Store and revert to a calibrated configuration upon power up. Internal memory settings for sensor pickupscircumvent the need for free pipe calibration.

· Provide quantitative analysis of cement bond in eight 45-degree segments foridentification of channels in cement

· Identification of intervals of uniform bonding and detection of cement quality incasing sizes from 4 1/2 in to 13 3/8 in.

· Quantitative analysis of cement bond to casing

· Qualitative analysis of cement bond to formation

Description

Applications

Specifications

Cement Bond Logging Tool RBT


DIAMETER

MAX. TEMPERATURE

MAX. PRESSURE

LENGTH

TRANSMITTER

RECIEVERS

VOLTAGE

CURRENT

CASING DIAMETER

LOGGING SPEED

3-1/8'' (80mm)

107.0" (2718mm)

8 (45 Deg)

50mA

4 1/2" -13 3/8" (114-340mm)

1-11/16'' (43mm)

114.3" (2902mm)

6 (60 Deg)

82mA

1 3/4" -7" (45-177.8mm)

WTSbus

350˚F (175˚C)

20,000psi (140MPa)

1 Piezoelectric

18 VDC

35ft/min (11m/min)


The Multi-Finger Imaging Tool has been designed to provide the most accurate Pipe ID caliper measurements in the industry. The high-quality output data allows for 3-D imaging and calculation of corrosion, penetration, or scale deposition.

The MFI tool can be combined with any other tool in the WTSbus suite using a Wireline Telemetry Cartridge (SRO) or Downhole Memory Cartridge (Memory).

All MFI tools have a built-in orientation sensor that allows for relative bearing and deviation data correction. Temperature correction is hardware-based, so no software drift files are needed. The mechanical design allows for easy finger replacement in the field.

· Tubular damage analysis

· Perforation mapping

· Quantification of scale build up and corrosion

· Accurate location mapping of holes and anomalies

· Large casing (up to 21”) inspection with extension kit

Description

Applications

Specifications

Multi-Finger Imaging Tool MFI


WTSbus

2-7/8'' (73mm)

350°F (175°C)

15,000psi (100MPa)

58.2" (1479mm)

40

18VDC

30mA

<300mA

3" to 8.25"

±0.03"

0.110"

0.005"

0.75lbs-1.25lbs (.34kg-.57kg)

‡5/6†

30ft/min (10m/min)

DIAMETER

MAX. TEMPERATURE

MAX. PRESSURE

LENGTH

FINGERS

VOLTAGE

CURRENT

MOTOR RATE

PIPE RANGE

ACCURACY

VERTICAL RESOLUTION

RADIAL RESOLUTION

FINGER FORCE

INCLINOMETER

LOGGING SPEED

1-11/16'' (43mm)

49.88" (1267mm)

24

25mA

1-3/4" to 7"

±0.03"

0.082"

0.003"

4'' (102mm)

60.51" (1537mm)

60

30mA

4-1/2" to 9-5/8"

±0.03"

0.167"

0.005"


The Electromagnetic Thickness Tool - Concentric (EMT-C) is designed to detect the damage of tubulars by calculating the remaining wall thickness and corrosion extent. By measuring the phase shift of an induced electromagnetic field, it can accurately indicate the column structure and location of other objects in concentric pipe.

· Measure the remaining wall thickness of concentric casing in one run

· Determination of the type(s) of damage: pits, penetrations, cracks in transverse orlongitudinal plane

· Determination of inner casing penetration

· Locating inner and outer collars in concentric casing

· Wellbore temperature logging

Description

Applications

Specifications

ElectroMagnetic Thickness Tool EMT-C


bus

1-11/16"(43mm)

350˚F (175˚C)

15,000psi (100MPa)

78.74" (2000mm)

H2S Tolerant

20 ft/min (350/hr)

20Ib (9kg)

2 1/2"-17" (63 - 432mm)

0.02" (0.5mm) Single Pipe

0.06" (1.5mm) Double Pipe

1.5" (40mm) Single Pipe

2" (50mm) Double Pipe

1/6 of the perimeter

.5" (12mm) Single Pipe

1" (25mm) Double Pipe

PROTOCOL

DIAMETER

MAX. TEMPERATURE

MAX. PRESSURE

LENGTH

MATERIALS

LOGGING SPEED

WEIGHT

MEASUREMENT RANGE

MEASUREMENT ACCURACY

MIN. AXIAL DETECTABLE LENGTH

MIN. TRANVERSAL DETECTABLE LENGTH

THICKNESS RANGE (MAX.)


The Electromagnetic Thickness Tool - Radial (EMT-R) is designed to detect the damage of tubulars by calculating the remaining wall thickness and corrosion extent. Twelve bowspring arms contain sensors that measure residual thickness based on the remote field eddy current principle.

Processed data can be combined with caliper in order to generate detailed interpretation of wellbore condition along with 3D image.

· Measure the remaining wall thickness of casing

· Determination of the type(s) of damage: pits, penetrations, cracksintransverse or longitudinal plane

· Sectored sensors allow localized identification of damage

· Inner and outer wall damage identification

· Casing collar identification

Description

Applications

Specifications

ElectroMagnetic Thickness Tool EMT-R


bus

1-11/16"(43mm)

350˚F (175˚C)

15,000psi (100MPa)

85.86" (2181mm)

H2S Tolerant

15ft/min (300m/hr)

30Ib (13.7kg)

2"-7"

15% of Casing Thickness

PROTOCOL

DIAMETER

MAX. TEMPERATURE

MAX. PRESSURE

LENGTH

MATERIALS

LOGGING SPEED

WEIGHT

MEASUREMENT RANGE

MEASUREMENT ACCURACY


The Spectral Noise Tool is used to detect the incoming noises in the wellbore generated at different spectral frequencies from different sources. By analyzing the frequency spectrum, the nature of fluids may be determined and leaks can be located.

Noise logging is applicable to oil/gas/water wells. It increases the success rate of locating leaks and channeling in tubulars. When combined with temperature and flowrate measurements, extensive quantitative interpretation can be performed.

Real time monitoring combined with the ability to save the audio to digital file provides better confidence in analysis.

· Location of production interval and productivity evaluation

· Fluid identification and flow rate evaluation

· Inspection of the channeling behind casing, leaks, backflows, sandproduction, and effect of packers

Description

Applications

Specifications

Spectral Noise Tool NST


bus

1-11/16"(43mm)

350˚F (175˚C)

20,000psi (140MPa)

33.29" (846mm)

H2S Tolerant

15ft/min (300m/hr)

30Ib (13.7kg)

100Hz - 12.7KHz

100Hz

MP3

PROTOCOL

DIAMETER

MAX. TEMPERATURE

MAX. PRESSURE

LENGTH

MATERIALS

LOGGING SPEED

WEIGHT

OPERATING FREQUENCY

FREQUENCY RESOLUTION

AUDIO OUTPUT FORMAT


The downhole tractor is an electric motor-powered system consisting of a surface control panel and downhole assembly, which include a Tractor Control Cartridge (TCC), a Downhole Tractor Tool (DTT), and auxiliary tools.

The TracSIM software is included to enable the operator to determine the specific bottom hole assembly to control the risk before operations. The conveyance process is monitored in real time so that the operator knows where the tractor system and the passenger tool(s) are while downhole.

The downhole tractor is capable of conveying a variety of tools in highly deviated, severe doglegged, or horizontal wells:

· Well logging tools

· Perforating tools

· Completion tools

Description

Applications

Specifications

Downhole Tractor System DTS


DIAMETER

POWER SUPPLY

MAX. TEMPERATURE

MAX. PRESSURE

LENGTH

WEIGHT

SPEED

MAX. PULL

VOLTAGE

CURRENT

DTT

TCC

DTT

TCC

2-7/8" (73mm) 3-1/2" (89mm)

0-850VDC

311°F (155°C)

15,000psi (103MPa)

145.39" (3693mm) 163.03" (4141mm)

61.97" (1574mm) 64.21" (1631mm)

154lb (70kg) 174lb (79kg)

44lb (20kg) 49lb (22kg)

20 ft/min (6m/min)

880lb (400kg) 1100lb (500kg)

<850VDC

<2.1 A


Further Information Global Headquarters

Hunting’s mission is to innovate and manufacture quality oil/gas extraction equipment and dsitribute it across the largest independent global supply chain.

Hunting’s energetics division produces the greatest number of shaped charges in the world.

Hunting’s instrument division produces the most widely used addressable switch in the world.

Products and Services

Global Business Units

Proprietary Technology

Hunting develops innovative technology that simplifies and improves the way oil and gas are extracted, with a full range of applications below the wellhead including mud motors, premium connections, well perforating, logging and intervention tools.

Geographic Footprint

Over 40 manufacturing and distribution locations are strategically located in the key energy producing regions of the world.

OCTG and Connection Technology

Drilling Tools

Logging Instruments

Perforating Systems

Intervention Tools

Advanced Manufacturing

Subsea

Hunting Energy Services Inc.16825 Northchase Drive, Suite 600Houston, Texas 77060-3236 USAT. +1 281 442 7382

Web


Email

[email protected]

[email protected]

Documents

$BTJ OH*OTQFDUJPO Production Logging